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It seems that they are all narrowing their aims to be another Harvard by providing as many as possible traditional undergraduate courses, postgraduate courses and other professional courses as Harvard does.
For community colleges, besides their born mission of education, should keep positive involvement in the applied and service-oriented community activities, such as vocational and professional trainings.
Especially with the acceleration of the integration of urban and rural development and the urbanization, professional or vocational training for farmers and migrant workers shall be the highlight of the scholarship of application in junior colleges and higher vocational colleges, for it is almost impossible for the farmers who account for the overwhelming majority of the population in mainland China to accept formal vocational education.
Nowadays, such academic specialties and service as Irrigation Works and Water and Electricity Engineering Research and Development and researches on the Regional Social and Economic Development of the Three Gorges have taken shape.

In the old part, water flows across the residential area, passes the entrance of every family, and fish swims in the water, showing the special “small bridges and flowing water” scenery in the southern area of the Yangtze River.
People lay stone slates on the water ditches and use the water for daily life.
The underground water in Qiantong is rich, so local residents dig wells for drinking water.
The integration street space and water system composed of high walls, water ditches, water wells, gravel paved lanes and climbing plants have shown a rich and special landscape (Fig. 6).
Today, more and more scholars and professionals have realized the deficiencies of overemphasizing economic development.

All papers had undergone the careful peer-review by expert referees to the professional and scientific standards before it is selected for publications in those volumes.
Studies presented in this book cover these topics:Environmental Chemistry, Biology and Technology, Environmental Materials and Processes, Environmental Safety and Health, Environmental Planning and Assessment, Environmental Restoration Engineering, Pollution Control (Air, Water, Solid), Waste Disposal and Recycling, Soil and Water Conservation and Desertification Control, Land Resources Environment and Urban Planning, Mining Engineering and Coal Mining, Mineral Process Engineering, Oil and Gas Well Development Projects, etc.

All papers had undergone the careful peer-review by expert referees to the professional and scientific standards before it is selected for publications in these volumes.
Studies presented in this book cover these topics: Environmental Analysis, Monitoring and Pollution Control Project, Environmental Chemistry and Biological Researches, Environmental Safety and Health, Environmental Restoration and Purification Engineering, Ecological and Environmental Protection, Waste Disposal and Recycling, Disaster Prevention and Mitigation, Hydrology, Water Resources Engineering and Water Supply, Forest Cultivation and Plant Protection, Biomedical Engineering, Geographic Information Science and Remote Sensing, Geology and Geoscience, Prospecting and Exploration of Mineral Resources, Mining Engineering, Technologies of Mineral Processing, Technology of Oil and Gas Extraction, Urban and Rural Planning and Design, Sustainable Development, Circulary and Low-Carbon Economy, etc.

The water content changes very much.
The main reaction is as follows : 2Fe2O3 + C → 4FeO + CO2↑ (1) 3Fe2O3 + CO → 2Fe3O4 + CO2↑ (2) Fe3O4 + C →3FeO + CO↑ (3) The loss on ignition of illite shales chemical composition analysis mainly intricates the mass fraction of carbon or organic matter (including water, etc.).
For instance, its advantages include smaller water absorption, higher mechanical strength, Mohs hardness and so on.
Acknowledgements: This work was financially supported by Foundation item: The national natural science fund (Grant no. 51164004) Guizhou Province Governor outstanding special fund education professionals[(2006)22].

Simulation has important uses in: computer aided design, virtual reality systems, for computer game industry, training of professionals (pilots, surgeons) or military applications [3].
Cost of utilities CU =CE+CTF+CIW [unit/project],(4) CE is the expenditure with electricity; CTF is the expenditure with technological fuel; CIW is the expenditure with industrial water used in the manufacture, testing and improvement of the experimental model.
Fuel costs for heating and for preparing domestic hot water CGM2/year=(NGMH+ NGMW) · pUG T [unit/project], (7) NGMH [m3] is the volume of gas used for heating purposes; NGMW [m3] is the volume of gas consumed for hot water; pUG [unit/m3] is the unit price of natural gas.

With open ended questions and in-depth interviews of victims, rescue workers and logistics professionals from both civilian and government sectors.
The workmanship is an issue, as more water is added to the concrete to make it easier to work with while the amount of cement and rebar is reduced to save costs.
Higher loads and a higher water/cement ration can become disastrous under additional horizontal impact loads from a tsunami.
Utilities are another policy issue, there are very limited underground utilities except for water lines and often open sewers, electricity, telephone and cable TV as well as internet are run overhead often on wood or concrete polls.

Table1 The quality requirement table One level requirement Secondary level requirement Good structure Door model design is reasonable Good ventilation and lighting conditions good quality Wall and roof don't ooze water, no cracks Green good Good neighborhood conditions There are supermarkets, schools around Surrounding conditions good The transportation is convenient unimpeded 2.2 The development of technical requirements (quality characteristic) By analyzing the buyers’ three level requirements in table 1, corresponding to extract a number of technical requirements, and converting them into technical requirements, it is shown in table 2.
Table2 The technical requirement table structure condition construction requirements Residential conditions The surrounding conditions Family structure proportion Family structure proportion building materials construction technique greening rate Construction of public facilities infrastructure construction 2.3 two-dimensional matrix tables of the quality requirements and technical requirements Quality requirements and technical requirements are grouped into a two-dimensional matrix table, strong correlation meter five points; correlation meter 3 points; weak correlation meter 1 meter; Blank show uncorrelated, meter 0 meter, to refer to the opinions of the other professionals, and to construct two-dimensional, it is shown in table 3.
Table3 The matrix for the relations between quality requirement and technical requirement technical demand quality demand Family structure proportion Floor towards building materials construction technique greening rate Public facilities built infrastructure construction Door model design is reasonable 5 0 0 0 0 0 0 Good ventilation and lighting conditions 3 5 0 0 0 0 0 Wall and roof don't ooze water, no cracks 0 1 3 5 0 0 0 Green good 0 0 0 0 5 0 0 There are supermarkets, schools around 0 0 0 0 0 5 3 The transportation is convenient unimpeded 0 0 0 0 0 1 3 Table4 The judgment on the importance of the buyers’ demands and the quality planning table technical demand quality demand Heavy to degree Plan A Plan B Plan C Plan quality Levels to rise Product feature point Absolute Weight relative weight or model design is reasonable 4 4 4 3 4 1 1 4.00 9.47 Good ventilation and lighting conditions 4 4 4 4 4 1 1 4.00 9.47 Wall and roof don't ooze water, no cracks 5 4 4 3 5 1.25

The DigiEcoCity will combine production, R & D, logistics and other functions, consulting, professional operation, engineering, equipment manufacturing and associated investment and various industrial units will be introduced. [1] These industries will offer technical support for development and construction of the DigiEcoCity and its post operational management.
Industry cluster is in the west side, it will involve consulting, professional operation, engineering, equipment manufacturing, associated investment and other environmental services.
0.18 Sports land C4 1.79 0.4 0.8 0.30 Medical health land C5 0.37 0.1 0.2 0.06 Historical heritage land C7 0.84 0.2 0.4 0.14 Business office land C8 4.84 1.0 2.0 0.81 Industrial land M 50.63 10.8 21.5 8.44 inc Class A industrial land M1 50.63 10.8 21.5 8.44 Warehouse W 4.78 1.0 2.1 0.80 inc Common warehouse W1 4.78 1.0 2.1 0.80 Municipal public facility land U 9.46 2.1 4.2 1.58 inc Supply facility land U1 4.01 1.0 1.9 0.67 Traffic facility land U2 2.85 0.6 1.2 0.47 Post facility land U3 1.45 0.3 0.6 0.24 Environment health facility land U4 0.57 0.1 0.2 0.09 Others facility land U9 0.59 0.1 0.2 0.10 Net construction land 236.09 50.3 100.0 39.35 Roads and squares land S 58.75 12.5 - 9.79 inc Rd. land S1 56.34 12.0 - 9.39 Square land S2 2.41 0.5 - 0.40 Green land G 176.30 37.1 - 29.38 inc Public green land G1 99.33 21.0 - 16.56 Production protective green land G2 73.14 15.3 - 12.19 Ecological green land G3 3.83 0.8 - 0.64 The total construction land 471.14 100 - 78.52 Wood land and water
land E 53.34 - - - inc Water land E1 39.90 - - - Wood land E4 13.44 - - - The total land 524.48 - - - The DigiEcoCity is located in the southwest of Gongqing Development Zone of Jiangxi province, according to Table1 the summary of land use, the total land is 524.48 hectares and the total construction land is 471.14 hectares, there are a population of 60000.
It is composed of152.58 hectares residential land, 32.1% of total construction land; 18.64 hectares public facility land, 4.3% of total construction land; 50.63 hectares of industrial land, 10.8% of total construction land; 4.78 hectares warehouse land, 1% of total construction land;58.75hectares roads and squares land, 12.5% of total construction land;9.46 hectares municipal public facility land, 2.1% of total construction land; 176.30 hectares green land, 37.1% of total construction land; 53.34 hectares wood land and water land.

The systematization and disclosure of information about the treatment techniques of rising damp, in the form of files / catalogue allows professionals, technicians and students instant access to the most relevant information on this matter.
The treatment techniques of rising damp usually used are based on four principles of intervention: Stop the access of water to the walls; Remove the excess of water in the walls; Stop the ascension of water in the walls and Concealing anomalies.
Stop the access of water to the walls - In order to stop the access of water to the walls, peripheral drainage may be a possibility.
Ventilating the Wall base - Creating ventilated peripheral channels, in addition to diminishing water contact with porous walls, increases the evaporation of absorbed water.
The files of the treatment techniques of rising damp are grouped according to their intervention principle: prevent access of water to the walls, remove the excess water in the walls, stop the ascension of water in the walls and concealing anomalies.